Initiatives and improvements in practice We have not worked from a single overarching plan, but have continuously implemented a range of initiatives focused on optimizing resource consumption, energy use, and operations.
The initiatives have been selected based on practical, operational, and financial considerations. Over time, this has established a clear direction in our efforts to reduce energy consumption and emissions.
Below is an overview of completed initiatives, ongoing projects, and planned efforts for the future.
Installation of sensors in all warehouse facilities to automatically control lighting on and off
MonitoringMonitoring is primarily used for security purposes, butalso supports energy optimization by enabling easy inspection of facilities
Electric forkliftsOngoing replacement of diesel-powered forklifts with electric models. Currently, one diesel-powered unit remains
Transport optimizationAdjustment of sales and delivery terms with the aim of reducing the number of transports
Optimization and regulation of energy-intensive production machinery to avoid unnecessary energy use
Automatic on/off systemsAutomatic on/off controls have been installed in all welding booths to ensure that equipment is only active when in use
Sorting of materials such as aluminium, steel, plastic, cardboard, and paper for recycling through external partners
Installation of high-speed doors and airlocks to helt reduce heat loss
Completed in 2025
Installation of solar panels has, according to supplier calculations, reduced CO₂ emissions by approximately 30.5 tonnes annually
Heat pumpCompleted in 2021
Replacement of gas heating with a heat pump has, according to supplier calculations, reduced CO₂ emissions by approximately 35 tonnes annually
Completed in 2015
Replacement with LED lighting has, according to supplier calculations, reduced CO₂ emissions by approximately 22.4 tonnes annually
At JUMBO, we are working to map the company’s CO₂e footprint in collaboration with Dansk Industri, Jyske Bank, and Verarca.
The calculations are based on data from sources such as the ERP system, invoices, and energy consumption, which are collected and processed digitally.
A software tool is used to convert data into estimated emissions. Calculations are performed automatically by default but may, in specific cases, be adjusted based on documented information.
The objective is to ensure a data foundation that is as accurate and consistent as possible.
